Application of Biodiesel cavitation systems 1000W 20khz

Principle of ultrasonic vibrating rod: As a physical means and tool, ultrasonic technology can form a series of conditions close to the extreme critical point when producing chemical reactions. This energy can not only stimulate chemical reactions, accelerate the speed and efficiency of chemical reactions, but also change the nature of some chemical reactions. To make the original chemical components produce some unexpected effects and functions, which is called sonochemistry. Almost all chemical reactions can be physically assisted by sonochemistry, such as extraction and separation, synthesis, biodiesel production, microbial control, degradation of toxic organic pollutants, biodegradation treatment, cell smashing, dispersion and coagulation, etc. Therefore, the ultrasonic vibrating rod can not only be used to clean objects, peel off dirt from the surface of objects, but also contribute to the further success of scientific research.

Working Principle and Function of Ultrasound Vibrating Bar

The following three functions of the ultrasonic vibration bar are described.

Ultrasound dispersion: The process of dispersing and disaggregating particulate matter in liquid through the cavitation of ultrasound in liquid with liquid as medium. Ultrasound dispersion can be divided into emulsion dispersion, that is, liquid and liquid dispersion; and suspension dispersion, that is, solid and liquid dispersion. Its function has been practised and applied in many fields. Among them, the dispersing application of ultrasound to suspension, such as the dispersing of titanium oxide in water or solvent, the dispersing of dyes in molten paraffin, the dispersing of drug particles in medicine industry, and the dispersing of powder and emulsion in food industry, etc.

Ultrasound extraction: Ultrasound extraction separation is a scientific and reasonable new technology based on the existing state, polarity and solubility of effective components and groups of effective components in substances. It can make the solvent quickly spread to all corners of the solid surface and make its substances. The organic components contained in the extract can be dissolved in the solvent as completely as possible to obtain a mixed multi-component extract. The chemical components in the extract can be separated by appropriate separation method, and then refined and purified. After such a complete process, the final required monomer chemical composition can be obtained.

Ultrasound emulsification: Ultrasound emulsification refers to the process of mixing two (or more) non-aqueous solvents to form a dispersion system, in which one liquid is evenly distributed in another liquid and then an emulsion is formed. The physical mechanism of crushing insoluble solids (or liquids) is the cavitation of ultrasound. Ultrasound cavitation effect means that under the action of ultrasound, a large number of bubbles will be produced in the liquid, and small bubbles will gradually increase with the ultrasonic vibration, then burst and split suddenly. Tens of thousands of small bubbles will increase and burst again and again. When the bubbles collapse rapidly, high temperature and pressure will be generated inside the bubbles, and because of the surrounding bubbles. A strong local oscillation wave is produced in the liquid near the bubbles when the liquid rushes into the bubbles at a high speed, which also forms a local high temperature and pressure, resulting in ultrasonic pulverization and emulsification.

Tubular Equipment Type	Tubular Transducer Type	Frequency (KHz)	Ultrasound Output(W)	Total Length (mm)	Diameter (mm)	Static Capacity (pF±10%)
UCE-UE1	US-61	15-28	1000	500	Φ50-55	68000
UCE-UE5	US-25	15-28	1500	850	Φ50-55	68000
UCE-UE6	US-16	15-28	2000	1100	Φ50-55	132000